eCommerce

Services for reducing transactional costs.

Transaction processing is an operational necessity; however, it can be a burden on cost, efficiency and time. Anixter’s systems provide real-time visibility into inventory and can be integrated for faster transaction processing and increased operational efficiencies.

Case Studies

An independent public body that regulates national electronic communications and audiovisual service markets in Spain establishes and supervises specific obligations that must be met by telecommunications market operators. Its goal is to promote competition in the audiovisual services market, resolve conflicts and act as an arbitrator in disputes between operators.

The local team of a global integrator was helping to design two 200-square-meter Tier 3 data centers for a leading European bank. A major concern for the end-user was the limited amount of space. Because of this, the end-user required high-density cabling due to rack space limitations. Along with the physical concerns of constructing a new building for a data center, the bank had concerns about data growth, system performance, network congestion and connectivity architecture, cost of power, cooling and space, fiber availability and power availability.

A global provider of instruments, subsystems and process control solutions for vacuum and gas-based processes has six manufacturing facilities around the world. With four plants in the U.S., one in China and one in Mexico, the manufacturer wanted a supply chain partner that could meet its global needs while still maintaining local support. As the company has expanded from its manufacturing plants in the Northeastern United States to global sites, quality control throughout its supply chain and manufacturing processes has become a bigger concern.

The Atlanta Police Foundation came to Anixter because of Anixter’s previous history with deploying citywide surveillance technology in other large metropolitan cities. After being presented with the foundation’s vision, Anixter engaged its resources locally and nationally to address the supply chain delivery issues, product consistency and manufacturer selection challenges with the foundation.

An engineering, procurement and construction (EPC) company selected to carry out the construction of a 101 megawatt, 44-turbine wind farm needed to confirm that the project’s owner could maintain stable pricing and service standards throughout the construction process. As part of the bidding process, the project’s owners required copper prices to be locked in for the duration of the project to guard against potentially volatile price fluctuations.

A developer and operator of energy-generation facilities in Canada was building one of the largest wind farms in the nation. As an expert in planning and designing of biomass, geothermal, wind, hydro, natural gas and coal facilities, the company announced that the wind farm would deliver 200 megawatts of power from 133 turbines.

Expansion of a major North American convention center included the construction of a new facility and renovation of the existing structure–a total of 1.1 million square feet. An integrator was awarded a contract to install a new high-speed local area network (LAN) in the 338,000-square-foot expansion of the main facility and in the existing 133,000-square-foot structure.

For more than 40 years, an emergency vehicle manufacturer has been committed to building the finest ambulance and rescue vehicles. For this industry leader, it has always been essential to provide the highest product integrity and value to its customers. To meet these goals, the company conducts continuous improvement reviews to confirm that all aspects of its manufacturing processes are at optimum performance.

With nearly 10,000 megawatts of energy-generating capacity, a large provider of coal-based electricity delivers power to more than 1.5 million customers in the eastern U.S. With a vision to be a top-performing, high-growth utility, the energy producer’s long-term vision is to add value to its core generation and delivery business. In order to do this, the company planned to build a 210-mile, 500-kV power grid, which included two substations along the route.

A major operator of marine ports wanted to expand its container handling operations at the flagship port with the creation of a new container port. When completed, the new state-of-theart, seven-berth Terminal 2 container port will offer superior service and handling facilities. As part of this expansion, the company wanted to deploy an integrated network infrastructure to provide accurate and efficient coordination of port operations.

Anixter has been helping Hayward Industries achieve its manufacturing goals for the past 11 years. By providing 105 active parts to three production lines, Anixter has implemented a complete vendor-managed inventory program from a centrally located distribution facility that services Hayward’s production lines on a daily basis. Anixter is able to position inventory closest to its point of use because it has numerous facilities located across the U.S. This allows Anixter to be responsive and flexible to meet Hayward’s changing production schedules.

For more than 100 years, a southern U.S. energy company has supplied power to a growing customer base that now includes nearly 667,000 consumers and covers more than 2,000 square miles. With 4,000 megawatts of generating capacity that will power nearly 500 homes for a year, the company is poised to meet the needs of its customers. As the area population continues to grow, the company needed to confirm it had enough capacity to meet future demand and get through peak uses of consumption.

The challenge: not just deploy surveillance cameras throughout the city’s business district—one of the largest in the U.S.—but also seamlessly integrate them into the recent beautification efforts without sacrificing security.

One of the foremost hydrocarbon exploration and production company in the Middle East accounts for more than 90 percent of its country’s crude-oil production and nearly all of its natural-gas supply. The company wanted to build a new headquarters building, which was to be a flagship project that used the latest and greatest networking technologies.

Living in the 21st century, it is pretty easy to take modern conveniences such as utilities for granted. However, one fateful day last summer, some unfortunate New Yorkers learned how electricity can disappear in a flash.

A public utility sought to increase its power generation capabilities during its heaviest load periods. To better meet its users’ demands for electricity during peak times, the company sought to construct a large-scale, gas-fired peaker power plant that would provide 200 megawatts of energy. Powered by dual 100-megawatt aeroderivative gas turbines, the plant was built to reduce consumers’ electric costs during peak periods, improve reliability and decrease reliance on older, less efficient units.

A Canadian city developed plans to extend its existing light rail public transportation system by adding 12 miles of track and 15 stations in the first phase of a multiyear expansion. With nearly 100,000 riders daily, the system connects the city’s suburbs with its southern edge. The new expansion included railway tunnels that traversed the city’s downtown area. Once completed, the entire system will add 18 miles of track.

As a leading provider of communications and technology solutions to the U.S. government community, a network integrator was awarded a contract to implement a multimillion dollar project for the U.S. military branches. With an aggressive schedule, broad range of physical site locations (across the U.S. and Puerto Rico) and unique product, technology and engineering requirements, the task called for a precise, coordinated deployment effort to complete the job on time and on budget.

A logistics company wanted a green office building with adjoining data center to consolidate and improve operations. As part of its commitment to green practices and operations, the company wanted everything to be designed, deployed and constructed with sustainability and functionality as the key factors. The building also required materials to come from sustainable and organic resources. The technologies used throughout the facilities needed to provide the highest form of energy efficiency. All facets of the project from construction to final use needed to be guided by sustainable principles.